M.Tech. Admissions

M.Tech. Admissions - Academic year (2026-27)

SPOT Admission to the M.Tech. programme in the Centre for Systems and Control under the Teaching Assistantship (TA category) is scheduled as follows:
Current Vacant Seat: SC - 1
Final Vacany would be updated by 28th July 2026
Date of SPOT admission: 31st July 2026
Mode: Online

Points to note:
Candidates who applied for M.Tech. programme in the Centre for Systems and Control at IIT Bombay for the academic year 2026-27 will be considered. However, those who have accepted admissions at IIT Bombay or who have marked "Accept & Freeze" on the COAP portal to accept the offer made by other institutes, are NOT ELIGIBLE for "Spot Admission".

More details will be send via email to the candidates who satisfty the above criteria by Wednesday, 29th July 2026.


Eligibility For Admission

Candidates having First Class or 60% marks (55% for SC/ST) in Bachelor's Degree in any Engineering discipline with a valid GATE score in Aerospace Engineering (AE) / Mechanical Engineering (ME) / Electrical Engineering (EE) / Electronics and Communication Engineering (EC) / Instrumentation Engineering (IN) / Chemical Engineering (CH) / Mathematics (MA) / Data Science and Artificial Intelligence (DA).

Candidates having two years of relevant work experience are exempted from the requirement of a GATE score, provided the employer sponsors their candidature. They are not eligible for the Teaching (TA) / Research (RA) Assistantship award.

The following procedure would be followed:

  • Teaching Assistant (TA) - Direct admission process on COAP based on GATE score.
  • Sponsored(SW)/Institute Staff (IS)/Project Staff (PS)/IIT B.Tech degree holder -
    A written test or interview would be conducted. Details about the assessment would be communicated to the eligible candidates over their registered email ID by 20th April 2026.


The written test/interview will be based on the following content:
  1. Classical control, including stability, root locus, Bode plots, Nyquist plots and compensator design.
  2. State-space methods, including controllability, observability and feedback control design.
  3. Calculus and ordinary differential equations.
  4. Elementary linear algebra.
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